Food Systems and Agriculture

Food systems and agriculture are vital for global food security, supporting billions through crop production, supply chains, and economic stability in rural communities. Earth observation via satellites like CHIME, LSTM, ROSE-L, and CO2M enables precise crop operations monitoring—using crop indices for health assessment, yield estimation models for harvest forecasting, and irrigation optimization through soil moisture mapping—along with field condition assessments, helping farmers optimize resources, predict harvests to reduce waste, and enhance resilience against climate variability.

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Access and explore the Food Systems and Agriculture datasets to understand how new methods are being developed for next-generation Sentinel missions.

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AgriCEM

The AgriCEM project leverages the potential of EO data for agricultural applications by focusing on the hyperspectral CHIME and the thermal LSTM missions.

SENWISE

The objective of SENWISE is to develop high-resolution geoinformation tools to advance our understanding of land-atmosphere-human interactions and provide decision-relevant data for facilitating agriculture and forest management practices in Belgium, France, and Italy.

Teresa

Drought poses a critical threat to global water and food security. Thus, there is an urgent need to develop advanced methodologies for accurately assessing water security.

MULTIWATER

MULTIWATER aims to advance EO-based approaches for water resource management by addressing critical gaps in monitoring agricultural and forest water use.

CHILL-Y (CHIME + LSTM + ROSE-L)

Within CHILL-Y, representative datasets from three upcoming Sentinel Expansion missions (LSTM, CHIME, and ROSE-L) will be generated and used to demonstrate a novel service for improved assessment of yield quantity and quality.

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Explore Datasets

Explore Projects

AgriCEM

SENWISE

Teresa

MULTIWATER

CHILL-Y (CHIME + LSTM + ROSE-L)